64 results about "Generated collection" patented technology

A system and method for generating collections of media are provided. A media collage is constructed such that all its contained media, such as digital images, are selected and organized according to an associated characteristic. Sequential media collages can be generated by the same selection and organization approach.

A method and system for recommending multimedia content includes collecting consumption information for a plurality of users. The consumption information, along with real-time contextual information, may be used to generate collections of recommended multimedia content, including obtainable multimedia assets. The collections may be offered to a user for purchase. The user may be provided access to the multimedia assets. A unified storefront application, providing access to multimedia content via an Internet-protocol television portal, a web portal, and a mobile portal, may be used to offer and provide access to the multimedia assets.

The present disclosure generally relates to retrieving and displaying contextually-relevant media content. In some embodiments, a device receives a request to display contextually-relevant media and, in response, displays a representation of a collection of media items relevant to a context of the device. In some embodiments, a device displays a visual media item of a sequence of items and, in response to receiving a swipe gesture, displays a detail user interface comprising related content for the media item. In some embodiments, a device, while displaying a first detail user interface, displays an affordance corresponding to a plurality of individuals identified as having attended a first event, that when selected, causes display of visual media corresponding to a plurality of events attended by the individuals. In some embodiments, a device, in response to user input, obtains an automatically-generated collection of visual media and displays a corresponding affordance.

Provided is a method, system, and program for enabling access to resource objects in an application engine. A request is received from a calling entity for resource objects of a specified type in the application engine. A request to the application engine is generated for information on available resource objects of the specified type. In response to receiving the information from the application engine, a collection object is generated including one metadata element for each resource object of the specified type in the application engine. The generated collection object is returned to the calling entity.

A method and system for recommending multimedia content includes collecting consumption information for a plurality of consumers. The consumption information may be used to generate collections of recommended multimedia content, including obtainable multimedia assets. The collections may be offered to a consumer for purchase. The consumer may be provided access to the multimedia assets. A unified storefront application, providing access to multimedia content via an Internet-protocol television portal, a web portal, and a mobile portal, may be used to offer and provide access to the multimedia assets.

The invention provides clustering typical daily load curve selecting method and device. The method comprises the following steps: reading a curve within a time span, determining the number k of typical daily load curves, and selecting k curves as a set center; classifying the curves into a set (S3) nearest to the set center; and calculating a new set center, determining whether the new set center is the same as the previous set center or not, determining whether the difference with the previous target function is within a preset range or not if the new set center is not the same as the previous set center, returning to the S3 if the difference is not within the preset range, and defining the curves in each set nearest to the set center as the typical daily load curves if the new set center is the same as the previous set center or the difference of the previous target function is within the preset range. The method ensures that all the daily load curves are grasped on the basis of a clustering thought; the generated samples inside the set are similar, while the samples in different sets are different, so that the discovery of a global distribution mode is facilitated, single index calculation or averaging processing is avoided, the influence of random and subjective factors can be reduced, and the sensitivity of directly extracting a single curve on bad data is reduced, therefore, the method is more suitable for discovering potential regulation of large-scale data, and can be used for characterizing the whole regulation better.

The present invention discloses a robot autonomous walking method. The method comprises a step of generating navigation information, a step of assigning an initial value to a collection point number i, receiving input information, stopping walking judgment, robot walking, generating a collection point i, generating collection point i navigation information, adding collection point number i value, ending processing, generating navigation information, and storing the navigation information, a step of setting a label point, a step of taking out the navigation information, setting the label point, and storing the label point information, a step of walking autonomously, and a step of taking out information, setting a walking route, determining an initial point d, forming navigation data, assigning an initial value to a collection point number j, carrying out initial point judgment, walking autonomously, matching an image, adjusting walking, carrying out obstacle avoidance processing, judging arrival point judgment, and adding a collection point number value j. the method has the advantages of accurate positioning, high real-time performance and low cost. The method can be widely applied to various occasions and fields with the need of robot autonomous walking.

The invention provides a detection method and system for abnormal events. The method includes the steps that according to a dispatching timetable, event information is read; the events corresponding to the event information are summarized and classified, and the same type of events are summarized to be an event set; field collection is performed on all the event sets to generate collection results; time breakpoint treatment, conversion treatment and mean square error calculation treatment are sequentially performed on the collection results, so that mean square calculation results are generated; according to baseline data, the event sets with the mean square calculation results smaller than the baseline data are screened out from the mean square calculation results; according to an alarm threshold value, whether the events in the screened event sets are non-sporadic events or not is judged; if yes, the time interval where the non-sporadic events happen in a centralized mode is extracted, and the non-sporadic events are packaged. Through the detection method and system, the abnormal events can be rapidly and efficiency detected, efficiency and accuracy of detecting the abnormal events in a data center are improved, and the operation stability of a data center system is improved.

This invention allows order-preserving encryption with a simpler algorithm while ensuring security. An order-preserving encryption system includes encryption means 1 for, upon receiving a plaintext as input, generating an order-preserved cipher in accordance with a predetermined probability distribution generated based on values determined from the plaintext and on a set generated from a plaintext space included in a secret key using a uniform distribution, or a key to a predetermined pseudorandom function, the probability distribution representing a conditional probability as a binomial distribution.

The invention relates to a high-precision clock synchronization and time service device, comprising a satellite signal receiving module, a clock synchronization and time keep module and an FPGA chip which are connected in sequence. The method comprises the steps that the satellite signal receiving module receives a satellite time service signal; the clock synchronization and time keep module carries out time service of an internal clock on the satellite time service signal and sends a periodic pulse per second timing signal and a time service serial port data signal to the FPGA chip; the FPGAchip dynamically generates collection time stamp data according to the periodic pulse per second timing signal and the time service serial port data signal, adds the collection time stamp data to received sensor serial port data and forwards the data to a serial port server; and the time stamp data is directly provided for a computer, and the time stamp data is provided for a bathymetric side-scansonar host. The high-precision clock synchronization and time service device is simple in integrated structure and clever and simple in programming mode, so a system is guaranteed to work continuously, reliably and stably. The high-precision clock synchronization and time service device is high in expansibility. The number of serial port and pulse input port nodes can be increased or reduced according to condition.

A household electrical appliance comprises a casing, collection units, a controller and function load units. The casing comprises at least one cavity for accommodating an object to be processed; the collection units generate collection signals; the controller receives the collection signals generated by the collection units, generate a control signal, and sends the control signal to the function load units; the function load units receive the control signals, processes the object to be processed correspondingly, and/or change the environment condition of the cavity; and the collection units and/or the function load units are connected with the controller wirelessly. Assembly of the household electrical appliance is faster and simpler, installation errors can be avoided, and the production cost of the household electrical appliance can be reduced.

The invention provides compositions and methods for generating libraries of DNA sequences encoding homologous polypeptides, and uses of the libraries to identify naturally diversified polypeptide variants. The invention also provides compositions and methods for generating collections of synthetic antibody fragments in which one or several complementary determining regions (CDR) are replaced by a collection of the corresponding CDR captured from a natural source. The invention further provides compositions and methods for diversifying a portion of a polypeptide by inserting a diversified sequence of synthetic or natural origin without the need for modification of the original polypeptide coding sequence.

The invention discloses a method and a device for processing conversion data. The method includes acquiring the conversion data and source information of the same; performing collection processing on the conversion data and the source information of the same respectively, screening the source information of the conversion data prior to collection processing, and generating collection processing results which include conversion data collection results, source information collection results and after-screening source information collection results; performing attribution processing or non-attribution processing on the collection processing results, and generating final data. By the method and the device, avoidance of repeated leading-in of mass data can be realized, and system processing time is reduced.

The present invention relates to the technical field of internet-of-things information, in particular to a novel face authentication system for examination. The novel face authentication system comprises a data collection apparatus, a data processing apparatus, a cloud storage server and a plurality of entrance authentication collection apparatuses, wherein the data collection apparatus is in data communication connection with the data processing apparatus through a wired or wireless internet; the data processing apparatus is in data communication connection with the cloud storage server through a wired or wireless local area network; the data collection apparatus collects character information and image information, generates collection data and sends the collection data to the data processing apparatus in real time; the data processing apparatus, according to region attribution of the collection data, stores the collection data into a corresponding region classification database in a remote end database of the cloud storage server; the novel face authentication system is based on a data cloud center and an internet-of-things technology, so that the authentication efficiency is greatly improved and the anti-counterfeiting property is improved.

The present disclosure relates to an ensemble-based reservoir characterization method using multiple Kalman gains and dynamic data selection. The method includes preparing available data; generating initial ensembles by using the prepared static data; clustering and separating the generated initial models on the basis of a distance-based method; selecting the dynamic data; dynamically simulating the selected dynamic data by using the generated ensembles; calculating multiple Kalman gains by using initial models clustered in the same group as the selected dynamic data; updating ensemble members by means of the selected dynamic data and the multiple Kalman gains; and predicting a movement of a reservoir by using the updated models, and evaluating uncertainty thereof. Therefore, multiple Kalman gains are calculated and a final model is obtained using the selected dynamic data, and a reliable uncertainty evaluation and a future movement prediction can be performed within a short time by using the final model.

The invention provides an identity authentication method, a server, a terminal and a system for collection business, wherein the method comprises the following steps of: receiving a pay-in request which is sent by a pay-in terminal and includes pay-in terminal identification information and payer identity information; testing the validity of the pay-in request, generating collection information including a collection line and the collection time according to the legal pay-in request, and sending a collection command to a banknote carrying terminal; receiving banknote carrying information which is fed back by the banknote carrying terminal and includes banknote carrying identification information and banknote carrier identity information; testing the validity of the banknote carrying information, generating banknote carrying confirmation information according to the legal banknote carrying information, and sending the banknote carrying confirmation information to the banknote carrying terminal; receiving the banknote carrier identity information and the pay-in terminal identification information which are acquired by the pay-in terminal; and testing the validity of the banknote carrier identity information and the pay-in terminal identification information which are acquired by the pay-in terminal, generating a pay-in execution command according to the banknote carrier identity information and the pay-in terminal identification information which are acquired by the legal pay-in terminal, and sending the pay-in execution command to the pay-in terminal.

An echo removing apparatus for reducing the echo caused by sound returning from a speaker to a microphone of a small-sized communication terminal, such as a portable telephone. The echo removing apparatus includes a filter unit for outputting a pseudo echo signal estimating an echo component returning to the microphone based upon a generated sound signal supplied to the speaker, a subtractor for subtracting the pseudo echo signal supplied from the filter unit from the sound generated collection signal supplied from the microphone and a first characteristics conversion unit for converting frequency characteristics of sound generated collection signals from the microphone on the frequency axis. The characteristics of the filter unit are controlled for minimizing an error component between an output signal of the first characteristics conversion unit and an output signal of the filter unit.

The invention discloses a method and a system for acquiring a routing table in a data center. The method comprises: a step of acquiring an OSPF network routing table, i.e., acquiring a Router LSA and a Network LSA, calculating an intra-domain routing of an OSPF network according to the Router LSA and the Network LSA, acquiring a Summary LSA, calculating a routing between region routings, acquiring an AS External LSA, and calculating an autonomous domain external routing; and a step of acquiring an ISIS network routing table, i.e., acquiring a data table Link_state_main and a data table Link_state_attach, inquiring equipment names of all routing equipment in the Link_state_main, using the equipment names as ids, inserting the ids into a graphic database Neo4j so as to acquire all the routing equipment, establishing a linking relationship for all the routing equipment, acquiring LSPs generated by all pseudo nodes, traversing the LSPs generated by the pseudo nodes of all the routing equipment, inserting the linking relationship among all the routing equipment into the graphic database Neo4j, adding a distance value metric for the linking relationship, and according to a set generated by all the routing equipment, acquiring the routing table.

The invention provides compositions and methods for generating libraries of DNA sequences encoding homologous polypeptides, and uses of the libraries to identify naturally diversified polypeptide variants. The invention also provides compositions and methods for generating collections of synthetic antibody fragments in which one or several complementary determining regions (CDR) are replaced by a collection of the corresponding CDR captured from a natural source. The invention further provides compositions and methods for diversifying a portion of a polypeptide by inserting a diversified sequence of synthetic or natural origin without the need for modification of the original polypeptide coding sequence.